前沿脑科学技术在食品风味感知与情绪评价中的应用与展望OA
Application and Prospects of Advanced Neuroscience Technologies in Food Flavor Perception and Emotional Evaluation
食品摄入过程中的风味感知及情绪反应是决定其感官评价和消费偏好的核心因素.随着人们对风味的感官效应及其情绪调节功能认知的不断深化,风味研究在食品开发与消费行为研究中的价值日益凸显.梳理了味觉、嗅觉及口腔物理感觉从外周受体到中枢的风味识别与多模态整合机制,并阐述了参与中枢风味感知及情绪调控背后的关键脑区和神经环路.针对传统感官评价方法主观性、个体差异及情绪识别和测量方面的局限,重点介绍了新兴的脑科学技术在食品风味与情绪研究中的优势与应用潜力.特别是基于动物模型的神经活动记录方法,可实现从神经元活动及神经化学动态的高精度客观表征,为建立"风味-脑响应-情绪体验"的定量评价体系提供了新的技术路径.脑科学技术有望推动食品风味研究从经验性评价向机制导向转变,为解析多模态风味交互及其情绪作用提供理论依据,同时为精准风味设计及情绪靶向型的食品开发奠定基础,在兼具健康与美味的未来食品创制中具有重要应用前景.
Flavor perception and emotional responses during food intake are key determinants of sensory evaluation and consumer preference.With the growing understanding of the chemosensory effects of flavor and its emotional regulatory functions,the value of flavor research in food development and consumer behavior has become increasingly prominent.The flavor recognition and multimodal integration mechanisms of taste,olfaction,and oral physical sensation-from peripheral receptors to central processing-were systematically delineated.The key brain regions and neural circuits underlying central flavor perception and emotional regulation were elucidated.In view of the limitations of traditional sensory evaluation methods regarding subjectivity,individual differences,and emotional quantification,the advantages and potential application of cutting-edge neuroscience research technologies in food flavor and emotion studies were highlighted.In particular,neurobiological techniques based on animal models enabled high-precision objective characterization of neuronal activity and neurochemical dynamics,providing novel technical pathways for establishing a quantitative evaluation framework linking"flavor-brain response-emotional experience."Neuroscience technologies were expected to drive the paradigm shift of food flavor research from empirical assessment to mechanism-oriented investigation,offering theoretical foundations for deciphering multimodal flavor interactions and their emotional effects.Simultaneously,these advances lay critical groundwork for precision flavor design and emotion-targeted food innovation,having significant application prospects for the creation of future foods that integrated both health benefits and sensory pleasure.
傅欧;赵廖日红;陈淑雅;夏熠珣;丁浩晗
江南大学未来食品科学中心,江苏无锡 214122||江南大学生物工程学院,江苏无锡 214122江南大学生物工程学院,江苏无锡 214122江南大学生物工程学院,江苏无锡 214122江南大学未来食品科学中心,江苏无锡 214122江南大学未来食品科学中心,江苏无锡 214122
轻工纺织
风味感知味觉与嗅觉口腔物理感觉风味受体风味与情绪脑功能成像
flavor perceptiontaste and olfactionoral physical sensationflavor receptorsflavor and emotionneural imaging
《食品科学技术学报》 2026 (3)
19-31,43,14
国家自然科学基金资助项目(32400838、32571190)江苏省基础研究计划(BK20231046).National Natural Science Foundation of China(32400838,32571190)Basic Research Program of Jiangsu(BK20231046).
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